11 please Seconds Minutes Hours Days Years 10. List 3 nuclides with a half-life of less than 1 minute, and 3 with a half-life of more than 10 years. 12 Nels 11. Do this exercise on a separate shee...
Seconds Minutes Hours Days Years 10. List 3 nuclides with a half-life of less than 1 minute, and 3 with a half-life of more than 10 years. 12 Nels 11. Do this exercise on a separate sheet of paper and attach. Beginning with the following radioactive parent nuclei, trace (b) Fe-52, the decay processes and depict the mode and direction of each decay process on the chart. (a) 0-20, (c) Po-197 (d) Ho-162, and (e) Dy-150 rs For (e) is hfenrgies of the emited lipha paricesin Using the chart of nuclides, supply the product nucleus for each of the following reactions. Also give the compound nucleus of each reaction. 12. 7 Product Compound nucleus (a) 10 B (n.0) (b) 16 O (n, p) (c) 7 Li (p, γ)-.. (d) 17 O (y, n) (e) 32 S (n, p) - 14
Seconds Minutes Hours Days Years 10. List 3 nuclides with a half-life of less than 1 minute, and 3 with a half-life of more than 10 years. 12 Nels 11. Do this exercise on a separate sheet of paper and attach. Beginning with the following radioactive parent nuclei, trace (b) Fe-52, the decay processes and depict the mode and direction of each decay process on the chart. (a) 0-20, (c) Po-197 (d) Ho-162, and (e) Dy-150 rs For (e) is hfenrgies of the emited lipha paricesin Using the chart of nuclides, supply the product nucleus for each of the following reactions. Also give the compound nucleus of each reaction. 12. 7 Product Compound nucleus (a) 10 B (n.0) (b) 16 O (n, p) (c) 7 Li (p, γ)-.. (d) 17 O (y, n) (e) 32 S (n, p) - 14